The orange curve shows that for cycling around a fixed maximum SoC of 100%, increasing the DoD results in slower aging. Again, this trend originates from the influence of SoC on aging, depicted in Figure REF .
A systematic DoD variation from 100% maximum SoC is not reported as often in literature, but results from Rechkemmer et al. [1]} for \({LiMn_2O}\)  hint to accelerated degradation at high DoD which is in contrast to our predictions based on anode SoC. Also Laresgoiti et al. [2]} derive an exponential acceleration of SEI-growth with increasing DoD from their SEI cracking approach as the particles undergo greater volume change. Benavente-Araoz et al. [3]} on the other hand observed a significantly higher degradation for cycling between 65-95% SoC compared to 20-95 % which is qualitatively in line with the SoC dependence as predicted in our model.
